private Namespace ReadNamespace()
{
string word = ReadWord();
if (word == "null")
{
return(null);
}
ASType kind = (ASType)Enum.Parse(typeof(ASType), word);
Expect("(");
string name = ReadString();
uint id;
if ((Char)sr.Peek() == ',')
{
sr.Read();//skipchar
string s = ReadString();
try {
//id = NamespaceLabels.First(x => x.Key == s).Value;//s in namespacelabels
id = Parent.mostParent().NamespaceLabels[s];
}
catch
{
id = (uint)Parent.mostParent().NamespaceLabels.Count + 1;
Parent.mostParent().NamespaceLabels.Add(s, id);
}
}
else
{
id = 0;
}
Expect(")");
return(new Namespace(kind, name, id));
}
public MultinameBase ReadMultiname()
{
string word = ReadWord();
if (word == "null")
{
return(null);
}
MultinameBase ret;
ASType kind = (ASType)Enum.Parse(typeof(ASType), word);
Expect("(");
switch (kind)
{
case ASType.QName:
case ASType.QNameA:
ret = new QName();
((QName)ret).Ns = ReadNamespace();
Expect(",");
((QName)ret).Name = ReadString();
break;
case ASType.RTQName:
case ASType.RTQNameA:
ret = new RTQName();
((RTQName)ret).Name = ReadString();
break;
case ASType.RTQNameL:
case ASType.RTQNameLA:
ret = new MultinameBase();
break;
case ASType.Multiname:
case ASType.MultinameA:
ret = new Multiname();
((Multiname)ret).Name = ReadString();
Expect(",");
((Multiname)ret).NsSet = ReadNamespaceSet();
break;
case ASType.MultinameL:
case ASType.MultinameLA:
ret = new Multiname();
((MultinameL)ret).NsSet = ReadNamespaceSet();
break;
case ASType.TypeName:
ret = new TypeName();
((TypeName)ret).Name = ReadMultiname();
((TypeName)ret).Params = ReadList('<', '>', ReadMultiname, false);
break;
default:
throw new ASParsingException("Cannot handle multiname kind: " + kind.ToString());
}
ret.Kind = kind;
Expect(")");
return(ret);
}
public ASArgument(string name, ASType type) {
this.Name = name;
this.Type = type;
}
